Term | Code | Class | Title |
---|---|---|---|
2023 S2 | PHYS8971 | FA | Capstone Project |
2023 S2 | PHYS8950 | FA | Postgraduate Seminar |
2023 S1 | PHYS8971 | FA | Capstone Project |
2023 S1 | PHYS8950 | FA | Postgraduate seminar |
2023 S2 | PHYS8701 | 2B | Physics experimental techniques |
2023 S2 | PHYS8701 | 2A | Physics experimental techniques |
2023 S2 | PHYS3450 | 2A | Electromagnetism |
2022 S2 | PHYS8971 | FA | Capstone Project |
2022 S1 | PHYS8971 | FA | Capstone Project |
2022 S2 | PHYS8701 | 2B | Physics experimental techniques |
2022 S2 | PHYS8701 | 2A | Physics experimental techniques |
2022 S2 | PHYS3450 | 2A | Electromagnetism |
2022 S1 | PHYS4450 | 1A | Advanced electromagnetism |
2021 S2 | PHYS8701 | 2A | Physics experimental techniques |
2021 S1 | PHYS4450 | 1A | Advanced electromagnetism |
2020 S2 | PHYS8701 | 2A | Physics experimental techniques |
2020 S2 | PHYS3450 | 2A | Electromagnetism |
2020 S1 | PHYS4450 | 1A | Advanced electromagnetism |
2019 S2 | PHYS8701 | 2A | Physics experimental techniques |
2019 S2 | PHYS3450 | 2A | Electromagnetism |
2019 S1 | PHYS4450 | 1A | Advanced electromagnetism |
2018 S8 | PHYS3999 | SC | Directed studies in physics |
2018 S2 | PHYS8701 | 2A | Physics experimental techniques |
2018 S2 | PHYS3999 | 2B | Directed studies in physics |
2018 S1 | PHYS3999 | 1A | Directed studies in physics |
Status | Thesis Title | Field of Study | Student |
---|---|---|---|
Quantum Materials | 2020 Others Li Zhiyue | ||
Optical physics, quantum physics, condensed matter physics | 2023 Phd Zou Hongyuan | ||
Physics: Condensed Matter | 2023 MPhil Xie Yiqin | ||
Experimental Condensed Matter Physics | 2023 Phd Yang Yuhui | ||
Quantum Transport in 2D Materials | 2023 Phd Wang Xiaomin | ||
Exploring nano-structured HHG from solids | 2023 Phd Li Tangmeng | ||
Topological metamaterials | 2023 Phd Mo Qingyang | ||
Ultrafast Optics | 2021 Phd Tran Tien Dat | ||
Atomic, Molecular, and Optical (AMO) Physics | 2021 Phd Xu Jiaqi | ||
Optics, Wide-bandgap Semiconductors | 2021 Phd Feng Kai | ||
FEMTOSECOND TRANSIENT ABSORPTION SPECTROSCOPY TO REVEAL THE ULTRAFAST DYNAMICS IN SOLIDS | Ultrafast Optics and Attosecond Science | 2021 MPhil Xu Wenqi | |
Quantum Devices | 2021 Phd Wang Yueyang | ||
Atomic, Optical and Quantum Physics | 2020 Phd Zhang Qianyu | ||
Extending Extreme Ultraviolet Generation to the Soft-x-ray Regime Using Solids | 2020 Phd Yu Wenhao | ||
Ultrafast Optics and Attosecond Science | 2019 Phd Wang Ziwen | ||
Experimental Condensed Matter Physics | 2019 Phd Zhang Tianyu | ||
PHOTOCURRENT STUDIES ON THE BULK AND FEW LAYERS MOS2 FIELD EFFECT TRANSISTOR | Experimental Solid State Physics | 2011 MPhil He Ruicong | |
Quantum transport studies on graphene-transition metal dichalcogenides heterostructures | Condensed Matter Physics | 2018 Phd Rao Qing | |
CAPACITANCE MEASUREMENT OF SINGLE WALLED CARBON NANOTUBES | Nanostructure Characterization | 2008 MPhil Li Jun | |
CONSTRUCT STRUCTURED ILLUMINATION WITH OPTICAL FIBRES FOR MICROSCOPIC IMAGING | Condensed Matter Physics | 2018 MPhil Kan Chi Ming | |
Dispersion Engineering of Periodic Structures and Its Applications to Antenna Designs | Electromagnetics, RF and Microwave Technologies | 2011 Phd Ma Zilong | |
ELECTRONIC CHARACTERIZATION OF INDIVIDUAL SINGLE-WALLED CARBON NANOTUBES | Optical and Electrical Properties of Single CNT | 2005 MPhil Wong Chi Yan | |
SINGLE WALLED CARBON NANOTUBES: MEASUREMENTS OF THE EXCITONIC STATES IN 1D | Condensed Matter Physics | 2008 Phd Zeng Hualing | |
OPTICAL PROPERTIES OF SINGLE WALLED CARBON NANOTUBES | Solid State Experimental Physics | 2006 MPhil Zeng Hualing | |
QUANTITATIVE OBSERVATION AND MODULATION OF CELLULAR DYNAMICS | Solid State Physics | 2010 Phd Li Sihong | |
SPIN PHOTOCURRENT INDUCED BY INTERBAND TRANSITION | Solid State Experimental Physics | 2006 Phd Dai Junfeng | |
DESIGN, SYNTHESIS, PHOTOCHROMIC AND PHOTOPHYSICAL STUDIES OF DITHIENYLETHENE - CONTAINING HETEROACINES, ALKYNYLS, DIIMINES AND THEIR METAL COMPLEXES | Materials Chemistry | 2006 Phd Wong Hok Lai | |
OPTICAL STUDY ON TWO DIMENSIONAL METAL DICHALCOGENIDES | Condensed Matter Physics | 2009 Phd Zhu Bairen | |
OPTICAL AND ELECTRICAL CHARACTERIZATION OF TWO-DIMENSIONAL TRANSITION METAL DICHALCOGENIDES | Experimental Solid State Physics | 2012 Phd Chen Xi | |
MAGNETIC CIRCULAR DICHROISM AND HALL MEASUREMENT OF COBALT-DOPED ZINC OXIDE THIN FILMS | Condensed Matter Physics | 2010 MPhil Deng Yuanyuan | |
SPIN-VALLEY COUPLING IN 2-DIMENSIONAL TRANSITION METAL DICHALCOGENIDES | Condensed Matter Physics | 2011 Phd Xie Lu | |
THE STUDY ON MAGNETIC ORDER IN 2D VDW ANTIFERROMAGNET COPS3 | Condensed Matter Physics | 2018 Others Liu Qiye | |
NONLINEAR OPTICAL CHARACTERIZATION OF TWO-DIMENSIONAL MATERIALS UNDER PRESSURE | Characterization and Applications of Nanoscale Materials | 2016 Others Wei Chengrong | |
Toward Exploring Cellular Metastates through Light-Induced Tuning of Oct4 Expression | Quantitative Stem Cell Biology | 2014 Phd Fan Weimin | |
CHARACTERIZATION OF EXCITON PROPERTIES IN TWO-DIMENSIONAL MATERIALS | Condensed Matter Experiment | 2016 Phd Xiao Ke | |
STUDY OF THE STRUCTURAL TRANSITION OF TWO-DIMENSIONAL METAL CHALCOGENIDES | Solid State Physics | 2016 Phd Li Dian | |
PHOTOCURRENT STUDIES ON ENCAPSULATED TWO-DIMENSIONAL TRANSITION METAL DICHACOGENIDES | Condensed Matters | 2016 Phd Yang Siyuan | |
TWO-DIMENSIONAL VANADIUM DISELENIDE: PHASE TRANSITION AND MAGNETIC PROPERTIES | Experimental Solid State Physics | 2017 Phd Wang Xiong |
Start Date | End Date | Committee | Category | Body |
---|---|---|---|---|
2009-01-01 | 2010-06-30 | Faculty of Science, Board of the | The teachers who are members of the Faculty and who are full-time employees of the University | |
2010-07-01 | Faculty of Science, Board of the | The teachers who are members of the Faculty and who are full-time employees of the University | ||
2007-11-24 | 2010-11-23 | Faculty of Science, Board of the | The teachers who are members of the Faculty and who are full-time employees of the University | |
2004-11-24 | 2007-11-23 | Faculty of Science, Board of the | The teachers who are members of the Faculty and who are full-time employees of the University |